Terrence Xu

Papers

Total Citations

938

H-Index

About

Dr. Terrence Xu is a pioneering researcher in advanced energy storage, with a core focus on lithium-ion battery performance under extreme conditions. His most celebrated contribution is the development of a lithium-ion battery structure that self-heats at low temperatures, a breakthrough detailed in his 2016 paper that has garnered over 854 citations. This innovation directly addresses a critical barrier to electric vehicle adoption: the inability of batteries to charge quickly in subfreezing climates. In related work, Dr. Xu demonstrated a fast-rechargeable lithium-ion battery at subfreezing temperatures, showing that rapid charging in extreme cold can be achieved without the formation of harmful lithium dendrites—a key failure mode that shortens battery life and compromises safety. By solving the dual challenges of cold-weather performance and fast charging, his research has laid the groundwork for more reliable, all-climate electric vehicles. Dr. Xu’s work is widely recognized for its practical impact, bridging fundamental electrochemistry with real-world engineering to accelerate the transition to sustainable transportation.